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bbetchar |
1.1 |
import operator,sys,os
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from FWCore.ParameterSet import Config as cms
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from PhysicsTools.PatAlgos.tools import coreTools,pfTools
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def tags(stuff) :
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return ( cms.InputTag(stuff) if type(stuff)!=list else
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cms.VInputTag([tags(item) for item in stuff]) )
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class TopRefPF2PAT(object) :
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'''Implement the Top Reference configuration of PF2PAT.
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https://twiki.cern.ch/twiki/bin/viewauth/CMS/TWikiTopRefEventSel
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bbetchar |
1.2 |
Modify the PF selections to match the PAT selections, for consistent TopProjection cross-cleaning.
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bbetchar |
1.1 |
'''
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def __init__(self, process, options) :
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self.stdout = sys.stdout
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sys.stdout = open(os.devnull, 'w')
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bbetchar |
1.2 |
print >>self.stdout, "usePF2PAT() output suppressed. (%s)"%__file__
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bbetchar |
1.1 |
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self.before = set(dir(process))
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process.load( "PhysicsTools.PatAlgos.patSequences_cff" )
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pfTools.usePF2PAT( process,
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runPF2PAT = True,
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postfix = options.postfix,
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runOnMC = not options.isData,
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pvCollection = tags( 'goodOfflinePrimaryVertices' ),
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typeIMetCorrections = True,
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jetAlgo = 'AK5',
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jetCorrections = ('AK5PFchs', ['L1FastJet','L2Relative','L3Absolute','L2L3Residual'][:None if options.isData else -1] )
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)
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getattr( process, 'pfPileUpIso'+options.postfix).checkClosestZVertex = True
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if options.isData: coreTools.runOnData( process, names = [ 'PFAll' ], postfix = options.postfix )
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coreTools.removeSpecificPATObjects( process, names = [ 'Photons', 'Taus' ], postfix = options.postfix )
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bbetchar |
1.2 |
self.isoValues = {'el':0.15,'mu':0.20}
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self.eleID = 'mvaTrigV0'
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self.minEleID = 0.
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self.dBFactor = -0.5
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self.cuts = {'el': ['pt>20.',
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'abs(eta)<2.5',
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'gsfTrackRef.isNonnull',
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'gsfTrackRef.trackerExpectedHitsInner.numberOfLostHits<2',
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'(chargedHadronIso+max(0.,neutralHadronIso)+photonIso+%f*puChargedHadronIso)/et < %f'%(self.dBFactor, self.isoValues['el']),
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'electronID("%s") > %f'%(self.eleID,self.minEleID),
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],
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'mu' :[#'(isGlobalMuon || isTrackerMuon)',
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'pt>10.',
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'abs(eta)<2.5',
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'(chargedHadronIso+neutralHadronIso+photonIso%+f*puChargedHadronIso)/pt < %f'%(self.dBFactor, self.isoValues['mu']),
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'isPFMuon',
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],
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'jet' : ['abs(eta) < 2.5', # Careful! these jet cuts affect the typeI met corrections
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'pt > 15.',
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# PF jet ID:
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'numberOfDaughters > 1',
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'neutralHadronEnergyFraction < 0.99',
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'neutralEmEnergyFraction < 0.99',
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'(chargedEmEnergyFraction < 0.99 || abs(eta) >= 2.4)',
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'(chargedHadronEnergyFraction > 0. || abs(eta) >= 2.4)',
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'(chargedMultiplicity > 0 || abs(eta) >= 2.4)']
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}
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bbetchar |
1.1 |
self.process = process
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self.options = options
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self.fix = options.postfix
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self.patSeq = getattr(process, 'patPF2PATSequence' + self.fix)
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self.btags = ['combinedSecondaryVertex','jetProbability']
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self.taginfos = ["impactParameter","secondaryVertex"]
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self.configTopProjections()
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self.configPfLepton('el', iso3 = True)
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self.configPfLepton('mu', iso3 = False)
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self.configPatMuons()
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self.configPatElectrons()
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self.configPatJets()
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bbetchar |
1.2 |
self.configLeptonFilter()
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bbetchar |
1.1 |
self.removeCruft()
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sys.stdout = self.stdout
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def attr(self, item) : return getattr(self.process, item)
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bbetchar |
1.2 |
def show(self, item) : print >> (sys.stdout if self.options.quiet else self.stdout), item, '=', self.attr(item).dumpPython() if hasattr(self.process, item) else 'Not Found.'
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bbetchar |
1.1 |
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def configTopProjections(self) :
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'''Enable TopProjections except for Taus (do not remove tau cands from jet collection).'''
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for key,val in {'PileUp':1,'Muon':1,'Electron':1,'Jet':1,'Tau':0}.items() :
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self.attr('pfNo'+key+self.fix).enable = bool(val)
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bbetchar |
1.2 |
self.attr('pfNoElectron').verbose = True
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bbetchar |
1.1 |
return
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def configPfLepton(self, lep, iso3) :
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full = {'el':'Electrons','mu':'Muons'}[lep] + self.fix
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iso = self.attr('pfIsolated'+full)
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bbetchar |
1.2 |
iso.isolationCut = self.isoValues[lep]
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bbetchar |
1.1 |
iso.doDeltaBetaCorrection = True
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bbetchar |
1.2 |
iso.deltaBetaFactor = self.dBFactor
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sel = self.attr('pfSelected'+full)
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sel.cut = ' && '.join(self.cuts[lep][:-2])
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#sel.filter = cms.bool(True)
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#iso.filter = cms.bool(True)
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print >>self.stdout, ""
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if lep == 'el' :
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idName = 'pfIdentifiedElectrons'+self.fix
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id = cms.EDFilter("ElectronIDPFCandidateSelector",
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src = cms.InputTag('pfElectronsFromVertex'+self.fix),
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recoGsfElectrons = cms.InputTag("gsfElectrons"),
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electronIdMap = cms.InputTag(self.eleID),
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electronIdCut = cms.double(self.minEleID))
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setattr(self.process, idName, id )
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self.patSeq.replace( sel, id*sel)
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sel.src = idName
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self.show(idName)
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bbetchar |
1.1 |
if iso3:
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pf = {'el':'PFId','mu':''}[lep] + self.fix
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for item in ['pf','pfIsolated'] :
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col = self.attr( item+full )
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col.deltaBetaIsolationValueMap = tags( lep+'PFIsoValuePU03'+pf )
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col.isolationValueMapsCharged = tags( [lep+'PFIsoValueCharged03'+pf] )
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col.isolationValueMapsNeutral = tags( [ lep+'PFIsoValueNeutral03'+pf, lep+'PFIsoValueGamma03'+pf] )
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val = self.attr( 'pat'+full ).isolationValues
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val.pfNeutralHadrons = tags( lep+'PFIsoValueNeutral03' + pf )
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val.pfChargedAll = tags( lep+'PFIsoValueChargedAll03' + pf )
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val.pfPUChargedHadrons = tags( lep+'PFIsoValuePU03' + pf )
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val.pfPhotons = tags( lep+'PFIsoValueGamma03' + pf )
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val.pfChargedHadrons = tags( lep+'PFIsoValueCharged03' + pf )
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bbetchar |
1.2 |
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self.show('pfSelected'+full)
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self.show('pfIsolated'+full)
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bbetchar |
1.1 |
return
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def configPatMuons(self) :
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for mod,attr,val in [('patMuons','usePV',False), # use beam spot rather than PV, which is necessary for 'dB' cut
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('patMuons','embedTrack',True), # embedded track needed for muon ID cuts
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bbetchar |
1.2 |
('selectedPatMuons','cut', ' && '.join(self.cuts['mu'])),
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bbetchar |
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] : setattr( self.attr(mod+self.fix), attr, val )
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self.show('selectedPatMuons'+self.fix)
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return
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def configPatElectrons(self) :
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bbetchar |
1.2 |
electronIDSources = cms.PSet(**dict([(i,tags(i)) for i in [self.eleID]]))
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for mod,attr,val in [('patElectrons','electronIDSources', electronIDSources),
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('selectedPatElectrons','cut', ' && '.join(c for c in self.cuts['el'] if 'gsfTrackRef' not in c)),
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bbetchar |
1.1 |
] : setattr( self.attr( mod+self.fix), attr, val )
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self.show('selectedPatElectrons'+self.fix)
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return
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def configPatJets(self) :
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for mod,attr,val in [('patJets','discriminatorSources',[tags(tag+'BJetTagsAOD'+self.fix) for tag in self.btags]),
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('patJets','tagInfoSources',[tags(tag+'TagInfosAOD'+self.fix) for tag in self.taginfos]),
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('patJets','addTagInfos',True),
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bbetchar |
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('selectedPatJets','cut', ' && '.join(self.cuts['jet'])),
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bbetchar |
1.1 |
] : setattr( self.attr(mod+self.fix), attr, val )
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self.show('selectedPatJets'+self.fix)
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return
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bbetchar |
1.2 |
def configLeptonFilter(self) :
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if not self.options.requireLepton : return
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leptonsName = 'pfLeptons'+self.fix
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requireLeptonName = 'requireLepton'+self.fix
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leptons = cms.EDProducer("CandViewMerger", src = tags(['pfIsolated%s%s'%(lep,self.fix) for lep in ['Electrons','Muons']]))
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requireLepton = cms.EDFilter("CandViewCountFilter", src = tags(leptonsName), minNumber = cms.uint32(1) )
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setattr(self.process, leptonsName, leptons)
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setattr(self.process, requireLeptonName, requireLepton)
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jets = self.attr('pfJets'+self.fix)
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self.patSeq.replace(jets, leptons*requireLepton*jets)
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self.show(leptonsName)
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self.show(requireLeptonName)
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return
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bbetchar |
1.1 |
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def removeCruft(self) :
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nothanks = [mod for mod in set(str(self.patSeq).split('+'))
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if ( any( keyword in mod for keyword in ['count','Legacy','pfJetsPiZeros','ak7','soft','iterativeCone',
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'tauIsoDeposit','tauGenJet','hpsPFTau','tauMatch','pfTau','hpsSelection',
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'photonMatch','phPFIso','pfIsolatedPhotons','pfCandsNotInJet','pfCandMETcorr',
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'Negative','ToVertex','particleFlowDisplacedVertex',
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'ype2Corr','ype0','patType1p2CorrectedPFMet','atCandidateSummaryTR','atPFParticles'] ) or
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( 'JetTagsAOD' in mod and not any( (btag+'B') in mod for btag in self.btags ) ) or
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( 'TagInfosAOD' in mod and not any( (info+'TagInfosAOD') in mod for info in self.taginfos ) ) or
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( 'elPFIsoValue' in mod and ('04' in mod or 'NoPFId' in mod ) ) or
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( 'muPFIsoValue' in mod and ('03' in mod))) ]
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for mod in nothanks : self.patSeq.remove( self.attr(mod) )
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nothanks = ['ic5','kt4','kt6','JPT','ak7','ak5Calo']
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now = set(dir(self.process))
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for item in now - self.before - set(str(self.patSeq).split('+')) :
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if any(part in item for part in nothanks) :
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delattr(self.process,item)
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return
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